Category EXPERIMENTS

This is a Genetically-Modified Tiny Cyborg Dragonfly Drone

Scientists have altered a living dragonfly to become a cyborg so they can control its movements & see what happens. Future humans??

As drone technology advances, one of the biggest challenges is shrinking down the flying robots. The smaller drones are, the better they will be for purposes both practical (fitting into cramped spaces) and devious (spying). Scientists have turned to insects to understand how beings with tiny bodies produce the energy needed to fly for long periods of time, while our own shrunk-down drones’ batteries die quickly.

A new experiment bypasses the studying of insect flight to use living insects themselves as drones. Thus, researchers at Charles Stark Draper Laboratory and Howard Hughes Medical Institute present DragonflEye, an insanely futuristic cyborg dragonfly ...

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STALINS APE-HUMAN EXPERIMENTS MAKES RESULT A HUMAN DRONE IS DISCUSSED IN THIS FULL LENGTH DOCUMENTARY VIDEO

APES & MAN CROSS EXPERIMENTS DONE IN RUSSIA IN THE 1920’S

OOO

Henry Sapiecha

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BAT WINGS TOUTED AS THE ULTIMATE IN PROPELLING FLYING ROBOTIC DRONES VIDEO HERE EXPLAINS

BAT WINGS CAN BE THE ULTIMATE ROBOTIC FLYING DRONE PROPULSION

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A new 3D printed robotic bat wing can emulate the flapping motion of a real bat, helping biologists simulate how the mammals fly and helping aerodynamics researchers study new flapping-wing aircraft. In the process of building and modifying the robotic wing, researchers at Brown University stumbled upon some structural fixes that provide insight into how bat bodies evolved for flight.

Bat wings are incredibly complex mechanisms, producing lift and thrust to help the flying mammals quickly chase their insect prey, fly long distances, and nimbly move through dense clouds of their compatriots...

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ROBOT THAT JUMPS, SWIMS,WALKS, FLIES,DRIVES, WHAT NEXT IN THIS CONCEPTUAL VIDEO

COULD THIS BE THE FORERUNNER TO THE ULTIMATE ROBOTIC DRONE

Video here shows a conceptual design created by Sandia National Laboratories for their “Multi-Modal Vehicle Concept,” which is a single unmanned system capable of flying, swimming, driving, and hopping across a variety of terrains and obstacles. Sandia’s Intelligent Systems, Robotics, & Cybernetics (ISRC) department has built and conducted limited testing on conceptual hardware. According to researchers, testing has shown that the concept could soon be a reality. Watch video here >>

AAA

Henry Sapiecha

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HOW A ROBOTIC APE DRONE CAN USE ALL FOURS THEN STAND ON ITS OWN TWO FEET SHOWS HERE

ROBOTIC APE GOES THROUGH ITS PACES FROM ALL FOURS TO STANDING UP

Researchers from the German Research Center for Artificial Intelligence (DFKI) and the University of Bremen have developed the IStruct Demonstrator, a four-legged, ape-like robot capable of walking on four legs and standing upright. Most multi-legged robots are equipped with single-point-contact feet for the sake of simplicity in design and control. This battery-powered robo-ape has actuated multi-point-contact feet with multiple sensors and a flexible, actuated spinal column.

Watch video here>>

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Henry Sapiecha

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HUMAN LIKE MULTICONTACT ROBOTIC DRONES SHOWS OFF ITS PACES IN VIDEO

VIDEO OF A MULTI CONTACT HUMAN LIKE WALKING ROBOTIC DRONE

The AMBER Lab in the Mechanical Engineering Department at Texas A&M University focuses on both theoretical and experimental research in bipedal robotics, locomotion, nonlinear and hybrid systems, and prosthetic design. AMBER Lab researchers recently demonstrated the human-like, multi-contact locomotion on their bipedal robot AMBER2. The robot has achieved sustainable walking with heel-life and toe-strike behaviors via torque control. Three different types of actuation are exhibited throughout the walking gait – full actuation, underactuation, and over-actuation.

Watch video here>

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Henry Sapiecha

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GOOGLE GLASS HACKED INTO TO CONTROL DRONE

BUBLITZ CRACKED GOOGLE GLASS CODE TO CONTROL QUADCOPTER DRONE

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Outfitted with Google Glass, Blaine Bublitz controls a drone softly floating in the air before him with just a slight tilt of the head.

Bublitz, from the coding company IcedDev, used a JavaScript code to turn Google Glass into a basic control system for a quadcopter drone, thus allowing him to control the device by moving his head.

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In July, Bublitz attended International Nodebots Day, a hacking event in various cities throughout the United States where attendants use a JavaScript program called node.js. Bublitz wanted to experiment with different input devices to control robots, all while using JavaScript to create a program he could tweak for different controllers and vehicles.

Bublitz started with a control program that w...

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US MILITARY TO PLAN ANOTHER SUPERSONIC UNMANNED FLIGHT

UNMANNED SUPERSONIC FLIGHT YET AGAIN AFTER INITIAL ATTEMPT

waverider unmanned supersonic plane www.spy-drones.com

The US military says it is planning another unmanned hypersonic flight in the wake of a failed attempt.

The flight, scheduled for next US spring or summer, would be the fourth test of the experimental X-51A Waverider designed to reach Mach 6, or 5793 km/h, after being dropped by a B-52 bomber.

The US Air Force has been studying hypersonic technologies with the hopes of deploying fast strikes around the globe.

Two months ago, a problem with a control fin during the third flight caused an X-51A to lose balance and crash off the Southern California coast.

Though the aircraft successfully detached from the B-52 and ignited its rocket booster to fly to Mach 4...

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DIY TRIANGLE HOME CONSTRUCTED LIFTER EXPERIMENT VIDEO HERE

USING BASIC MATERIALS TO DO THIS HOME DIY SCIENCE EXPERIMENT FOR  A SIMPLE LIFTER MECHANISIM

READ DESCRIPTION PLEASE. Those of you who can’t read and post comments like “fake”, and “I can see the strings” please read…
This is a 1Kv Anti-Gravity “Lifter” machine I made a damn long time ago for science fair sometime in 2004.
Edit: No people… I know you’re all electronics experts and all. So it shouldn’t be difficult to understand what this really is. Getting power to the “Lifter” requires 1kv of electricity to the negative and positive poles on the device. To run this current you need to attach wires. This is what you are all seeing in the video. If you guys figure out a better way of getting that much power to a devise wirelessly let me know

Sourced & published by Henry Sapiecha.

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DIY LIFTER EXPERIMENT USING MOBILE PHONE DISK DRINK CAN & BATTERIES TO LIFT CARD VIDEO

THE EXPERIMENT IS EXPLAINED VIA VIDEO IN DETAIL BY THE OPERTOR IN THIS EXPERIMENT

Easy to do home experment lifting mechanism using simple evryday materials at home.Watch this video on how to do it with ease.

Sourced & published by Henry Sapiecha

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DIY LIFTER EXPERIMENT USING MAGNETS VIDEO

SIMPLE EXPERIMENT ANYONE CAN DO TO CREATE A MAGNETIC LIFTING MECHANISM WITH SIMPLE MATERIALS

Scientific principles applied to make this lifter mechanisim work for anyone,See how in this video

Sourced & published by Henry Sapiecha

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